The SOK series of wireless remote switches are specially designed and customized products for kitchen waste processors, based on the patented invention of self-generating switches. They are developed in accordance with the standards and requirements of the Waste Disposal Association, and can easily handle even 2500W inductive loads.

The advantages of this switch include that it does not lose function when turned on, does not require frequent pairing, and does not burn the socket when the machine is blocked.

Complies with national quality supervision standards and holds a CCC certificate.

Complies with the Association of Waste Handling Equipment Standards

1."适用场景"可以翻译为 "Applicable Scenario" 或 "Suitable Scenario"。

The emission intensity and reception sensitivity meet the application requirements in kitchen scenarios, such as steel structure cabinets.

2.Applicable Load Characteristics

Food waste processor, AC motor, DC motor

3.Communication distance

The wireless switch is pasted on the wall at a height of 1.5 meters from the kitchen countertop, and the wireless switch and socket can stable communication (the socket is about 50cm from the ground, with obstructions around). The actual distance should be no less than 3 meters.

4.Automatic power off

The socket will automatically turn off after 5 minutes of continuous operation.

5.The number of wireless switches that can be paired

A socket can only be paired with one wireless kinetic switch.

6. Technical Specifications

7. Certification Requirements and Reference Standards

1. QualityCertification

Obtained 3C certification. Certificate number: 2020010201294831

2.Reference Standard

The product meets the requirements of GB/T2099.3-2015, GB/T1002-2008, and GB/T2099.1-2008.

8. Test Requirements

1. EMCTest

Passed the EMC test, conforming to GB/T 9254:2008, GB/T 17618:2015, GB 17625.1:2012, GB/T17625.2:2007 standards

2.Load Testing

（1）Cycle work test

The socket can support the food waste processor for 30,000 operations, with a working cycle of 2 seconds on and 18 seconds off.

During the test, measure the temperature of the components on the circuit board to ensure that they operate within the normal temperature range.

（2）Overload test

By plugging the food waste processor into the outlet, it will continue to operate until the protection is activated, with a continuous operation of 100 times.

During the test, measure the temperature of the components on the circuit board to ensure that they operate within the normal temperature range.

（3）blocking test

The food waste processor was blocked and operated until it reached the protection level through the outlet. The test was conducted continuously for 100 times.

9. Supplemental Test

Supplement the full project test of GB/T15092.1-2010, and list some key projects as follows: